Honeywell ZAPP SYSTEM ENGINEERING

ZAPP

WIRELESS SYSTEM

HONEYWELL EXCEL 5000 OPEN SYSTEM

INTRODUCTION

Organization of this Manual

This manual is organized to guide you through the engineering of a project from start to finish or adding to or changing an existing system. Sections “Introduction” and “Application Steps” provide the information needed to make accurate ordering decisions. These steps are guidelines intended to aid understanding of the product options, bus arrangement choices, configuration options, and the wireless ZAPP system role in the overall EXCEL 5000 System architecture.

Description of Devices

The ZAPP System consists of the W7070A2000 ZAPP Wireless Receiver (including the ZAPP External Antenna) and up to eight rooms, each containing a ZAPP room unit. There are four types of ZAPP room units:

• the RT7070A2008 ZAPP Wireless Handheld Remote

• the T7270A2001 ZAPP Wall Module (with temperature

• the T7270A2019 ZAPP Wall Module (with temperature

• the T7270B2009 ZAPP Wall Module (for HVAC, light,

NOTE: Since the RT7070A2008 Wireless Handheld is not

The W7070A2000 receives commands from ZAPP room units and then forwards them to the controllers (e.g. the Excel 10 or Excel 12) connected within the same L Fig. 1).

SYSTEM ENGINEERING

Control,

sensor and setpoint),

sensor), and

and sunblind applications).

equipped with a temperature sensor, the W7070A2000 will receive no temperature information from a room in which an RT7070A2008 is not supported by an additional T7270A2001 or T7270A2019 located in that same room. Do not attempt to teach-in both an RT7070A2008 and a T7270B2009 to the same room.

ONWORKS

network (see

wireless

communication

T7270B2009

T7270A2001 T7270A2019

Excel 12

ZAPP External Antenna

LonWorks

W7070A2000

hardwired

actuators

RT7070A2008

Fig. 1. System overview

ZAPP WIRELESS SYSTEM

STANDARDS AND NORMS

The ZAPP System complies with CE and EN 300 220-1 and EN 301 489-1.

Use in Combination with Legacy Devices

The W7070A2000 ZAPP Wireless Receiver is suitable for use only with the T7270A2001, T7270A2019, T7270B2009 ZAPP Wireless Wall Modules and the RT7070A2008 ZAPP Wireless Handheld Remote Control. It cannot communicate with (but is likewise unaffected by) legacy devices (e.g. the T7270A1001, T7270A1019, T7270B1009, or the RT7070A1008).

APPLICATION STEPS

Overview

Steps one through seven describe the engineering. These steps are guidelines intended to aid understanding of the product options, bus arrangement choices, configuration options and ZAPP's role in the overall EXCEL 5000 architecture.

step description

1 System Planning 2 Range of RF Transmission 3 LonWorks Communication 4 Power Supply 5 Configuring the W7070A2000 6 Teach-in

Step 1: System Planning

Plan the use of ZAPP according to the required functionality and the sensor or actuator usage.

When planning the system layout, consider potential expansion possibilities to allow for future growth.

Step 2: Range of RF Transmission

Because of interference from other devices and the building structure, it is not possible to exactly define the wireless transmission range.

General Guideline

The max. distance between the W7070A2000 and ZAPP room units should be less than 30 meters, and there should be no more than two walls between the W7070A2000 and ZAPP room units. See W7070A2000 Receiver Installation Instructions (EN1B-0396GE51) for details on installing wireless systems.

Step 3: LonWorks Communications

The W7070A2000 utilizes a free-topology transceiver (FTT10A) Link Power compatible L allows daisy-chain, loop, and star network configurations or any combination thereof (see also Excel 50/500 L Mechanisms Interface Description, Product Literature No.:

ONWORKS

System

network that

ONWORKS

EN0B-0270GE51, for a complete description of possible layouts and wiring details, including max. lengths).

Depending upon the L

ONWORKS

network configuration used, one or two termination modules may be required (see Fig. 2). Different connections to the termination module are necessary, depending upon whether it is used in a single- or double-terminated network configuration.

5 6 7 8

ORANGE

BROWN

TERMINATION MODULE (209541B)

Fig. 2. Termination module connection (daisy-chain

network configuration shown)

NOTE:

The LONW

ORKS

network is insensitive to polarity,

eliminating installation errors due to miswiring

Wire the W7070A2000's LonWorks ® communications network using level IV 22 AWG or plenum-rated level IV 22 AWG non-shielded, twisted pair, solid conductor wire.

IMPORTANT!

Do not bundle wires carrying field device signals or LonWorks communications together with high-voltage power supply or relay cables. Specifically, maintain a min. separation of 80 mm between such cables. Local wiring codes may take precedence over this recommendation.

IMPORTANT!

Try to avoid installing in areas of high electromagnetic noise (EMI).

The LonWorks network is connected to terminals 5 and 7. Terminals 6 and 8 may be used to connect further devices to the same LonWorks network.

Step 4: Power Supply

IMPORTANT!

Local wiring guidelines (e.g. VDE 0100) may take precedence over recommendations provided in these recommendations.

All wiring must comply with applicable electrical codes and ordinances. Refer to job or manufacturers’ drawings for details. Use a min. of 18 AWG (1.0 mm 14 AWG (2.5 mm

) for all power wiring.

The power supply (24 Vac [±20%], 50 or 60 Hz) is connected to terminals 1 and 3. Terminals 2 and 4 may be used to connect further devices to the same 24 Vac power supply.

) and a max. of

EN0B-0286GE51 R1207

ZAPP WIRELESS SYSTEM

W7070A2000

120/240 VAC

24 VAC COM

LONW

ORKS

NETWORK IN

ONWORKS

NETWORK OUT

ZAPP External Antenna

24 VAC

4 5

LonWorks

LonWorks ZAPP EXTERNAL ANTENNA BUS-

ZAPP EXTERNAL ANTENNA BUS+

Fig. 3. W7070A2000 terminal assignments

Step 5: Configuring the W7070A2000

The W7070A2000 is configured using a plug-in which may be used with CARE or any other LNS-based tool such as LonMaker™ for Windows.

After configuring (commissioning), the W7070A may initially display invalid values on its L

ONWORKS

force an update (i.e. by manipulating the adjustment dial of the ZAPP Wall Modules or the setpoint key of the ZAPP Handheld).

If the factory pre-configuration already fits your needs, configuration is not necessary (see Appendix).

NOTE:

If communication between the W7070A2000's

neuron processor and its co-processor is interrupted, the W7070A2000 will display an error message (see Fig. 4). This will occur e.g. when an unconfigured W7070A2000 is powered up. To resume normal operation, set the W7070A2000 to "configured online"

interface. You can

room unit, the W7070A2000 will then recognize commands it receives from them.

Teaching-in can be done as described in the following sections or by using the plug-in.

NOTE:

When using the plug-in to teach in the ZAPP room

units,

it is necessary that you stop teaching in a given ZAPP room unit before starting to teach in the next ZAPP room unit

. This is because the W7070A2000 will remain in the teach-in mode for 5 minutes, and you may accidentally teach in the same ZAPP room unit again if you do not wait sufficiently long before teaching in the next ZAPP room unit.

1) Enabling the Teach-In Mode

Press the button on the W7070A2000 for at least two seconds. "TEACH" and “1” is displayed, thus indicating that the W7070A2000 is now in the teach-in mode for room 1.

teach-i

mode

TEACH

number

Fig. 6. W7070A2000 in teach-in mode

NOTE:

If you enter no input within 3 minutes, the

W7070A2000 will revert back to the normal mode.

2) Selecting a Unique Number

You must now assign a unique number (1 through 8) to the given ZAPP room unit by pressing the button on the W7070A2000 as many times necessary.

room

error

message

Fig. 4. Error message (no LonWorks© communication)

LON NOT

antenna

error

message

NOT

Fig. 5. Error message (no attached ZAPP Ext. Antenna)

Step 6: Teach-In Procedure

Teach-in is a procedure required to allocate ZAPP room units located in the various different rooms to the W7070A2000. Up to eight rooms, each containing a ZAPP room unit, can be allocated to a single W7070A2000. After successful completion of the teach-in procedure for each individual ZAPP

TEACH

unique

number

Fig. 7. Assigning unique number

Since the RT7070A2008 Wireless Handheld is not equipped with a temperature sensor, in order for the W7070A2000 to receive information on room temperature, you must assign the same unique number to both the RT7070A2008 in a particular room and the T7270A2001 or T7270A2019 located in that same room.

The W7070A2000 is now ready to receive teach-in messages from the ZAPP room units.

3) Teaching-In a ZAPP Room Unit

3a) Teaching-In an RT7070A2008

On the RT7070A2008, press "UP, "B," and "OK" simultaneously to send the teach message to the W7070A2000.

If the teach-in was successful, the W7070A2000 will display the corresponding texts ("PRESENT" and "OK").

The appearance of the room unit which has been taught-in is an RT7070A2008.

symbol indicates that the ZAPP

EN0B-0286GE51 R1207

ZAPP WIRELESS SYSTEM

TEACH

RT7070A

taught-in

teach-in

successful

Fig. 8. RT7070A2008 successfully taught-in

3b) Teaching-In a T7270A2001 or T7270A2019

In order to perform the teach-in procedure for a T7270A2001 or T7270A2019, you must first open its housing, revealing the battery compartment and teach-in button.

If you then insert the battery or press the teach-in button, the teach message will be sent to the W7070A2000.

If the teach-in was successful, the W7070A2000 will display the corresponding texts ("PRESENT" and "OK").

The appearance of the room unit which has been taught-in is a T7270A2001 or T7270A2019.

PRESENT OK

symbol indicates that the ZAPP

TEACH

T7270A

taught-in

teach-in

successful

Fig. 9. T7270A successfully taught-in

The appearance also of both the symbol and the symbol indicates that an RT7070A2008 and a T7270A (to both of which the same unique number has been assigned) have been taught-in to the same room.

teach-in

successful

Fig. 10. T7270A and RT7070A2008 successfully taught-in

Failed Teach-In of T7270A or RT7070A2008

In the event that you are unable to teach-in a T7270A Wall Module or RT7070A2008 Handheld (i.e. you are unable to read the temperature or setpoint for a particular room), deteach the affected room unit and then repeat the teach-in procedure.

3c) Teaching-In a T7270B2009

In order to perform the teach-in procedure for a T7270B2009, on the RT7070A2008, press F and "DOWN" simultaneously for 5 seconds, thus starting the display test and sending the teach message to the W7070A2000 ─ or simply power-up the T7270B2009.

If the teach-in was successful, the W7070A2000 will display the corresponding texts ("PRESENT" and "OK").

The appearance of the room unit which has been taught-in is a T7270B2009 (which incorporates HVAC, light, and sunblind functionality).

PRESENT OK

TEACH

T7270

taught-in

RT7070A

PRESENT OK

symbols indicates that the ZAPP

taught-in

TEACH

T7270B

taught-in

successful

teach-in

Fig. 11. T7270B2009 successfully taught-in

PRESENT OK

4) Completion of the Teach-In Process

After successful completion of the teach-in procedure for each individual ZAPP room unit, the W7070A2000 will then recognize commands it receives from them. Further, a symbol for incoming commands together with the room number and the battery status of the room unit will be displayed.

incoming

commands

battery

level

room

number

Fig. 12. Incoming commands / battery status

Failed Teach-In

In the event that you are unable to teach-in a T7270B2009 Wall Module (i.e. you are unable to read the temperature or setpoint or other functions for a particular room), de-teach the affected room unit and then repeat the teach-in procedure.

De-Teaching a Taught-In Room Unit

It is possible to de-teach (revoke) an individual taught-in room unit. This is done as follows:

1. Press the button on the W7070A2000 for 5 seconds to enter the teach-in mode.

2. Select the room you want to de-teach by pressing the button on the W7070A2000 as often as necessary until the unique number of the given room unit appears in the display.

3. Press the button on the W7070A2000 continuously for at least five seconds until the word "PRESENT" in the display disappears

De-Teaching All Taught-In Room Units

It is possible to de-teach (revoke) all taught-in room units. This is done as follows:

1. Switch off the power of the W7070A2000 by unplugging it from the power mains.

2. Press and hold down the button on the W7070A2000 while switching on the power of the W7070A2000 by plugging it back into the power mains.

3. Continue holding down the button on the W7070A2000 until "+de" appears in the display of the W7070A2000 and

before

then immediately release the button ( appear – otherwise, you will have to start over and repeat the entire procedure).

4. All previously taught-in room units have now been detaught.

"-de" or "de"

EN0B-0286GE51 R1207

ZAPP WIRELESS SYSTEM

Checking the Status of a Room Unit

It is possible to check the status (i.e. taught-in status, battery level) of individual room units. This is done as follows:

1. Press the button on the W7070A2000. The status (including all relevant information) of the first room will appear.

2. To check the status of the next room, press the button on the W7070A2000 (see also the examples in Fig. 13 through Fig. 15).

PRESENT

Fig. 13. T7270A and RT7070A2008 taught-in for room #1;

battery level OK

PRESENT

Fig. 14. T7270A taught-in for room #2; battery level OK

APPENDIX: W7070A2000 NETWORK VARIABLES

Node Object

(LonMark Object type # 0)

mandatory

Network

Variables

optional

Network

Variables

Configuration

Parameter

value file

Fig. 16. Node Object

Room #8

nvoStatus

SNVT_obj_status

nvoRFState

Non_SNVT

nvoSetptOffset8

SNVT_temp_p

SNVT_obj_request

config SNVT_time_sec

Room #1

nviRequest

NviTeachActivate

SNVT_count

nciRmConfig

config Non_SNVT

NciSndHrBt

nvoSetptOffset1

SNVT_temp_p

PRESENT

Fig. 15. T7270A taught-in for room #3; battery level: LOW

nvoFanSpeedCmd1

SNVT_switch

nvoOccManCmd1 SNVT_occupancy

nvoLampManPos1

SNVT_switch

nvoSblndManPos1

SNVT_Setting

nvoFreeUse1 SNVT_switch

nvoSpaceTemp1

SNVT_temp_p

nvoFanSpeedCmd8

SNVT_switch

nvoOccManCmd8 SNVT_occupancy

nvoLampManPos8

SNVT_switch

nvoSblndManPos8

SNVT_Setting

nvoFreeUse8 SNVT_switch

nvoSpaceTemp8

SNVT_temp_p

Fig. 17. Network Variables per room

EN0B-0286GE51 R1207

ZAPP WIRELESS SYSTEM

The following tables list all network variables associated with the W7070A2000.

Table A1. Configuration Network Variables associated with the W7070A2000

NV name field name engineering units: English

(metric) or states plus

range

.low_setpt SNVT_temp_p: 0..-5 Kelvin -5 lower temperature setpoint offset limit

.high_setpt SNVT_temp_p: 0..+5 Kelvin +5 upper temperature setpoint offset limit

.fanstages enum 0..3

0 = NO FAN 1 = ONE_SPEED 2 = TWO_SPEED 3 = THREE_SPEED

.bypass Bit

0 = NOT_ALLOWED 1 = ALLOWED

.unocc Bit

0 = NOT_ALLOWED 1 = ALLOWED

.occ Bit

nciRmConfig

.sblnd_runtime SNVT_time_sec: 1..240s 60 maximum movement time fur sunblind

.lamp_runtime SNVT_time_sec: 1..60s 10 button 5 (bright): max. time for brightening

.lamp_start 1=100%

.lamp_increment SNVT_lev_percent: 0..100% 100 button 5 (bright): Step height for dimming

.free_runtime SNVT_time_sec: 1..60s 10 button 6 (free): max. time for brightening

.free_start 1=100%

.free_increment SNVT_lev_percent: 0..100% 100 button 6 (free): Step height for dimming

nciSndHrtBt SNVT_time_sec 60 Length of timeout after which the W7070A

SH: Sharable (bindable) points can be set up for data sharing either a data source or a destination.

HB: These points are sent out onto the network at a certain fixed interval (heartbeat).

0 = NOT_ALLOWED 1 = ALLOWED

0= last level

default

THREE_

SPEED

ALLOWED Allows the OCCUPANCY functionality to be

ALLOWED Enables manually changing occupancy state

0 button 5 (bright): Start dimming at 100% or at

0 button 6 (free): Start dimming at 100% or at

1HB2

number of possible fanspeeds: 0 = no fan /

1..3 = 1..3 speeds (plus AUTO, OFF)

invoked via handheld.

to "unoccupied."

to "occupied."

NOTE: The sunblind runtime must be the same in the

W7070A2000

controller (e.g. an XL12).

last light level

sends nvoSetptOffset and nvoSpaceTemp out onto the network.

comments

T7270B2009

, and in the connected

, the

EN0B-0286GE51 R1207

Table A2. Input Network Variables associated with the W7070A2000

NV name field name engineering units:

English (metric) or

states plus range

SNVT_Count

digital

default

state /

value

FFFFh

1..16

0, FFFF

nviTeachActivate

SNVT_obj_request

This input variable belongs to the Node

0 = NODE_OBJECT

object_id

1 = ROOM1 2 = ROOM2 ..

nviRequest

object_request

SH: Sharable (bindable) points can be set up for data sharing either a data source or a destination.

HB: These points are sent out onto the network at a certain fixed interval (heartbeat).

8 = ROOM8

object_request_t RQ_NORMAL RQ_UPDATE_STATUS

RQ_RESET

0 2

See above. Commanding any modes other

ZAPP WIRELESS SYSTEM

comments

W7070A2000

rooms. Each room is split into two functional areas, the handheld area (1…8) and the sensor (wall module) area (9…16).

NOTE: If the application supports

For ease of understanding, in this document, the term “sensor” is used for 9…16.

The assignment is as follows:

room 1: handheld 1; sensor 9

room 2: handheld 2; sensor 10

…

room 8: handheld 8; sensor 16

To teach-in the sensor in room 3, you must set nviTeachActivate = 11.

nviTeachActive = 0 or FFFFh: no activity / stop process

possible range:1..16, FFFFh

The visual (LCD) behavior of the

W7070A2000

tools. The result of teach-in can be read out of nvoRfState.teached.

Object and provides the mechanism to request a particular mode for a particular object within a node.

than the ones listed will result in an “invalid_request” when reading nvoStatus.

Occupancy state is reset to "unoccupied" and nvoSetPtOffset is set to 0

supports up to eight

additional NVs (e.g. as may be the case with customized solutions), the actual number of supported rooms may in fact be lower.

is equal to teach-in without

EN0B-0286GE51 R1207

ZAPP WIRELESS SYSTEM

The fixed values of the variables are described in the ZAPP Handheld User Manual (Product Literature No.: EN2B-0205GE51).

Table A3. Output Network Variables associated with the W7070A

NV name field name engineering units: English

default

(metric) or states plus

range

nvoOccManCmd* SNVT_occupancy:

0 = OC_OCCUPIED

0xFF = no

override 1 = OC_UNOCCUPIED 2 = OC_BYPASS

0xFF = OCC_NUL

nvoSetPtOffset* SNVT_temp_p:

0 x x Enables SETPOINT OFFSET

-5..+5 K due to nciRmConfig

.value SNVT_switch.value: 0..100% O% x Manual user override of fanspeed.

nvoFanSpeedCmd*

.state SNVT_switch.state:

0 = OFF

NUL x

1 = ON 255 = NUL

nvoSblndManPos* SNVT_setting

3 = SET_UP

SET_NUL=

no action 2 = SET_DOWN 4 = SET_STOP 255 = SET_NUL

SNVT_switch.value: 0..100% 0 x Enables LIGHT functionality.

nvoLampManPos*

SNVT_switch.state:

0 = OFF

NUL x Enables LIGHT functionality.

1 = ON 255 = NUL

.value SNVT_switch.value: 0..100% 0 x Enables LIGHT functionality.

nvoFreeUse*

.state SNVT_switch.state:

0 = OFF

NUL x Enables LIGHT functionality.

1 = ON 255 = NUL

nvoSpaceTemp* SNVT_temp_p 0..40° C invalid x x Contains info on room temperature of

0 = ok Battery condition for handheld (1…8)

0, but saves

value over

power down

Contains info on origin of last

nvoRfState3

.BatteryState1 ... .BatteryState16

.teached1 ... .teached16

Bit: 0 = battery ok 1 = battery low

Bit: 1 = taught 0 = no unit taught

.lastRfDevice Byte:

0..16

SH: Sharable (bindable) points can be set up for data sharing either a data source or a destination.

HB: These points are sent out onto the network at a certain fixed interval (heartbeat).

: If there is no RF communication with the wall module, the battery state will be set to 1. This may require up to 2 hours.

*Each of these variables exists for rooms 1 through 8 and has a single-digit index of 1..8.

comments

X Enables OCCUPANCY functionality.

functionality.

x Enables SUNBLIND functionality.

taught-in wall module.

or sensor (9…16) in the rooms.

NOTE: If there is no communication from the wall module (e.g. because battery was removed), the battery state will be set to 1.

room 1: handheld 1; sensor 9

room 2: handheld 2; sensor 10…

room 8: handheld 8; sensor 16

message received by the W7070A2000 room 1: handheld 1; sensor 9

room 2: handheld 2; sensor 10…

room 8: handheld 8; sensor 16

EN0B-0286GE51 R1207

ZAPP WIRELESS SYSTEM

Table A3 (continued). Output Network Variables associated with the W7070A

NV name field name engineering units: English

(metric) or states plus range

nvoRfState .lastCommand Enum:

0 = OFFS_HIGHER

default

Contains info on last message received by

1 = OFFS_LOWER 2 = OFFS_ZERO 3 = OFFS_MIN 4 = OFFS_MAX 5 = FAN_HIGHER 6 = FAN_LOWER 7 = FAN_AUTO 8 = FAN_MAX 9 = FAN_OFF 10 = OCC_BYP 11 = OCC_UNOCC 12 = OCC_NUL 13 = OCC_OCC 14 = LIGHT_MAX 15 = LIGHT_MIN 16 = LIGHT_START_DIM 17 = LIGHT_STOP_DIM 18 = SBL_UP 19 = SBL_DOWN 20 = SBL_STOP 21 = OFFICE_STYLE_1 22 = OFFICE_STYLE_2 23 = FREE_MAX 24 = FREE_MIN 25 = FREE_START_DIM 26 = FREE_STOP_DIM 27 = DIRECT_SETPT 28 = ROOM_TEMP 255 = CMD_NUL

nvoRfState .TeachActive SNVT_count: 0..16 Contains info on the number of the room

.major W7070A2000 neuron application software

nroSwVersion

nvoStatus

SH: Sharable (bindable) points can be set up for data sharing either a data source or a destination.

HB: These points are sent out onto the network at a certain fixed interval (heartbeat).

.minor

.bug

.object_id 0 = NODE_OBJECT

1 = ROOM1 2 = ROOM2 3 = ROOM3 ... 8 = ROOM8

.invalid_id 0 = VALID_ID, 1 = INVALID_ID

.disabled 0 = ENABLED, 1 = DISABLED

HB2

comments

W7070A2000

unit currently in the teach-in mode. 0 = no teach-in process. room 1: handheld 1; sensor 9

room 2: handheld 2; sensor 10…

room 8: handheld 8; sensor 16

version

EN0B-0286GE51 R1207

ZAPP WIRELESS SYSTEM

ACCESSORIES, AGENCY LISTINGS, ABBREVIATIONS, AND LITERATURE

Accessories

Wall Holder for Handhelds

The RT 70-HRD20-Wall includes 10 wall holders for the RT7070A2008.

LONW

ORKS

® Termination

One or two LONW

ORKS

® terminations are required, depending

on the given LonWorks bus layout. Two different L

•

LONW

•

LONW

ONWORKS

ORKS

® termination module, order no.:

ORKS

® connection / termination module (can be

® terminations are available:

209541B

mounted on DIN rails and in fuse boxes), order no.:

XAL-Term

Agency Listings

Table 1 provides information on agency listings for wireless ZAPP system products.

Table 1. Agency listings

devices

W7070A2000

(incl. Ext. Antenna)

T7270A2001 T7270A2019 T7270B2009 RT7070A2008

agency

LonMark

EN 60730-1

EN 6020-2-9

EN 300 220-1

EN 301 489-1

EN 300 220-1

EN 301 489-1

removable screw-type

3-pole terminal block

Fig. 18. Lonworks® connection and termination module

comments

shield shield

plug-in jumper

LON

Termination

FTT/LPT Bus FTT/LPT Free Park Position

Manufactured for and on behalf of the Environmental and Combustion Controls Division of Honeywell Technologies Sàrl, Ecublens, Route du Bois 37, Switzerland by its Authorized Representative:

Automation and Control Solutions

Honeywell GmbH Böblinger Straβe 17 D-71101 Schönaich / Germany Phone: (49) 7031 637 - 01 Fax: (49) 7031 637 - 493 http://ecc.emea.honeywell.com

Subject to change without notice. Printed in Germany

This document is definitive for the enclosed product and replaces all previous publications. Honeywell Inc. hereby declares that this device complies with the basic requirements and other relevant regulations of guideline 1999/5/EC. The declaration of

conformity of the product can be requested from the manufacturer. Note to non-E.U. countries: This product may only be used if operation in the 868 MHz frequency band is permissible.

EN1B-0286GE51 R1207

Honeywell ZAPP SYSTEM ENGINEERING

Specifications and Main Features

Frequently Asked Questions

User Manual